SSSE23(A)

Snap action limit switches are widely used in industrial automation, to measure the linear, rotary or angular hand-wheel motions, and then send the measured results to a computer to control the precision of industrial application processes. The SSSE23(A) series is a widely-used snap action limit switch in industrial automation systems.

The SSSE23(A) series is characterized by good motion accuracy and sensitive switching performance due to its high-precision mechanical structure design, which ensures accurate measurement and switching of mechanical motion data. Its lightweight, balanced design also prevents overload and shock during operation. With its adjustable operating force and operational life, this series is able to deliver high levels of efficiency and reliability. Additionally, it is flame-retardant, waterproof, and dust-proof, and the external power source of the SSSE23(A) series of limit switches is low-voltage DC, so it has stable performance and a long life.

The working principle of the SSSE23(A) series limit switch is based on the principles of switches and relays. A moving contact internally supported by a spring is connected to a slider or plunger. When the mechanical motion or hand-wheel is triggered, the moving contact moves, compressing the spring and breaking an electric circuit. This triggers a signal to switch on or off and the measured motion results are then sent to the computer for further process control.

The SSSE23(A) series is a highly reliable and accurate limit switch which can be applied to a variety of industrial applications, including the measurement of machine tool coordinates, positioning location, motor adjustment, and setting of process parameters. The accurate switch performance and the adjustable force and operation life properties make this series limit switch solution a popular choice for many different types of industrial needs.

To conclude, the SSSE23(A) series snap action limit switch provides reliable and accurate measurement and switching of machine motions and is a popular choice for many industrial automation applications. It is lightweight, balanced, flame-retardant, and dust-proof, and it has an adjustable operation force and life. Lastly, its low voltage DC external power source ensures a stable and long-lasting performance.